The Meade Telescope was first created in 1972 with the idea of designing telescopes and accessories that everyone, from beginners on up could use to enhance their knowledge and understanding of the skies. In 1977, the company designed and manufactured its first two “in-house” models-reflecting telescopes and offered them to the public. When the orders poured in, they quickly became aware that they had not made enough and all orders were put on back-order. The company offered the eager Meade telescope customers a refund in a hand-written note explaining the situation. Since that time, they have remained one of the top telescope manufacturing companies in the world.

If you are a beginner, you may be wary of purchasing your first telescope. The prices range from under fifty dollars to the thousands. A good beginning telescope like the Meade telescope will have all of the basic functions and be easy to operate even for the most inexperience astronomer. The most basic telescope in the Meade family is the Meade DS-2130ATS, which is a reflective telescope (uses mirrors to gather light and reflect images) and it offers very good clarity and detail.

The NG/NGS Series offers a reflective Meade telescope with computer capabilities and a manual mount that makes it easy to move and adjust. Another beginning level telescope is the AZ series. These are refractor telescopes (use curved glass lenses to collect light and images for viewing) that are great not only for deep space viewing, but also for terrain on the earth. The final series in the Meade Telescope family is the EQ series. These telescopes have large apertures for the best quality viewing. Aperture is the most important factor in how well a telescope can collect and display images.

You can find 12 different series in the Meade Telescope line of beginner and specialty scopes. They also have kits for those who want to personalize their scope for their needs. For instance if you would like to view earth terrain, or if you are interested in space photography there are kits that you can order with all of the Meade telescope equipment you will need in the kit. They have special lenses and other accessories like mounts, stands, and so on and so on. They make it very easy to get into the astronomy hobby at any price level. Check out the reviews and their site to make the most informed choice.

Basic Telescope Designs

The job of a telescope is to collect light, not to magnify an image (the eyepiece does that job). The larger the objective (the part that collects the light) whether it be a lens, in refractors, or a mirror, in reflectors, the more light the telescope will collect. The more light you can collect, the more detail you will be able to capture, and also important for astrophotography, the shorter your exposures will need to be to capture this detail.

Refractor Telescopes

The type of telescope most people visualize when they hear the word telescope is the ‘Refractor’. This is what Galileo used for his break-thru discoveries. A refractor has an objective lens at the front which passes the light straight through to the back of the tube, focusing this light at an eyepiece or for astrophotography a camera.

Advantages:

-No central obstruction (see more in the reflecting scopes), giving higher contrast.

-Due to the simple design they require little maintenance.

-Excellent for planetary and lunar viewing and photography.

-Excellent for wide field viewing and astrophotography especially in shorter focal lengths (more on this later).

-Because the objective is permanently mounted and aligned there is no need for collimation (again more on this in another article).

-Excellent color in apochromatic and ED (Extra Dispersion) designs.

Disadvantages:

-Costlier per inch of aperture (objective) than reflectors and catadioptric telescopes.

-Can become bulky and difficult to manage, especially in larger lens designs.

Newtonian Telescopes

This design was invented by Sir Isaac Newton (he of the apple on the head fame). Instead of a lens at the front of the tube this telescope design uses a concave, parabolic mirror to collect light reflecting it back towards the front of the tube to a flat diagonal mirror which reflects the light out the side of the telescope to the eyepiece or camera for astrophotography.

Advantages:

-Lowest cost per inch of all the telescope designs.

-More light gathering power per dollar because of the lower cost design.

-Absolutely perfect color rendition.

-More compact design compared to a refractor of similar light gathering ability.

-Excellent contrast for planetary and lunar astrophotography and viewing in longer focal lengths.

-Can get excellent wide-field astrophotos and short exposures in shorter focal lengths.

Disadvantages:

-Slight loss of contrast due to the central obstruction (the flat secondary mirror) as compared to a refractor.

-Requires more maintenance, such as collimation (discussed in another article) which is vital for great results in your astrophotography, although you will learn how to do this quickly with practice.

Schmidt-Cassegrain Telescopes

This is a very popular design, with a high tech look. Also known as a CAT (Catadrioptics). They use a combination of lenses and mirrors to collect and focus the light onto the eyepiece or camera. The light enters the telescope through a thin ‘lens’ called a schmidt corrector plate, goes to the back of the scope to a spherical primary mirror which reflects the light back towards the front. Here the light strikes another mirror, the secondary mirror which is mounted on the corrector plate. This secondary mirror then reflects the light back towards the back where it is focused onto a hole in the primary mirror where the light is collected by an eyepiece or your astrophotography camera.

Advantages:

-Compact and portable.

-Low maintenance although once again collimation is required for top performance.

-Many, many astrophotography accessories available.

-Cheaper per inch of aperture as compared with refractors.

-Excellent all-round telescope, good to very good for both visual and astrophography.

-Very good for planetary and lunar viewing and astrophotography.

-Very good to excellent for DSO (Deep Space Object) astrophotography with a caveat (see the disadvantages).

-Very good to excellent optics, both Meade and Celestron are putting out excellent optics on a consistant basis.

Disadvantages:

-Costlier per inch of aperture as compared with Newtonian telescopes.

-Loss of contrast due to the central obstruction which is even larger than that in the Newtonian scopes.

-Due to their longer focal lengths the field of view is smaller and longer exposures are required for astrophotography, although a lens known as a focal reducer is available which minimizes or removes this problem. The longer focal length is actually an advantage in planetary and lunar photography.

Maksutov-Cassegrain

The Maksutov-Cassegrain telescope design is basically the same as the Schmidt-Cassegrain design except it uses a meniscus lens at the front instead of a Schmidt corrector plate. The main advantage to the Mak telescope design is you will get sharper higher contrast planetary and lunar images when compared with the Schmidt design.